@rsstruthers @DrMHofman @Globeseek @marklewismd Interesting point, not sure, will let the experts weigh in before I expose my ignorance. That said, I vaguely recall some work on receptor depletion and recovery following SSAs https://t.co/tNtbEtCMn1
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RT @GrupoGetne: Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT.…
RT @GrupoGetne: Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT.…
RT @GrupoGetne: Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT.…
RT @GrupoGetne: Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT.…
RT @GrupoGetne: Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT.…
Entender la dinámica de los SSRT tras la administración de SSA puede ayudarnos a aumentar la eficacia y seguridad del PRRT. Podría ser útil una dosis de octreotide acción corta antes del Lu177? Un estudio fundamental para la discusión 👇🏻 https://t.co/Ivz
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @RonnyAllan1: Receptor depletion and recovery in small-intestinal neuroendocrine tumors and normal tissues after administration of a sin…
AG @petctacademy @KCLGSTTpet @gsttnucmed @adacap_news
RT @RonnyAllan1: Receptor depletion and recovery in small-intestinal neuroendocrine tumors and normal tissues after administration of a sin…
RT @RonnyAllan1: Receptor depletion and recovery in small-intestinal neuroendocrine tumors and normal tissues after administration of a sin…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @RonnyAllan1: Receptor depletion and recovery in small-intestinal neuroendocrine tumors and normal tissues after administration of a sin…
Receptor depletion and recovery in small-intestinal neuroendocrine tumors and normal tissues after administration of a single intravenous dose of octreotide measured by 68Ga-DOTATOC PET/CT #NeuroendocrineCancer | EJNMMI Research | Full Text https://t.co
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
RT @OncoThor: The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Shoul…
The cool NET paper of the week... SSTR recycling is faster in small-intestinal NETs than in liver, spleen and pancreas. Should we consider priming patients with "cold" SSAs prior to PRRT. Not a new concept but always interesting. https://t.co/tNtbEtCMn1